Package hydroScalingAPI.modules.rainfallRunoffModel.objects

Classes that establish the kernel of link-hillslope based rainfall-runoff simulations.

See:
          Description

Class Summary
HillSlopesInfo The purpose of this class is to be a centralized database for all the inforamtion related to the system of hillslopes that compose the basin.
HillSlopeTimeSeries This class manages a time series of parameters associated to the hillslope.
IncompleteNetworkEquations_HillDelay This calss implements the set of non-linear ordinary differential equations used to simulate flows along the river network.
InfiltrationManager This is a primitive implementation of a dynamic InfiltrationManager.
LinksInfo The purpose of this class is to be a centralized database for all the inforamtion related to the system of link that compose the river network.
NetworkEquations_ChannelLosses This calss implements the set of non-linear ordinary differential equations used to simulate flows along the river network.
NetworkEquations_FlowOnly This calss implements the set of non-linear ordinary differential equations used to simulate flows along the river network.
NetworkEquations_HillDelay This calss implements the set of non-linear ordinary differential equations used to simulate flows along the river network.
NetworkEquations_S0S2  
NetworkEquations_S1S2 This calss implements the set of non-linear ordinary differential equations used to simulate flows along the river network.
NetworkEquations_Simple This calss implements the set of non-linear ordinary differential equations used to simulate flows along the river network.
SimulationToAsciiFile  
StormManager This class handles the precipitation over a basin.
StreamFlowTimeSeries  
 

Package hydroScalingAPI.modules.rainfallRunoffModel.objects Description

Classes that establish the kernel of link-hillslope based rainfall-runoff simulations. This package also contains the functions that have been implemented for flow routing and runoff production.



CUENCAS was initially developed by Ricardo Mantilla at the University of Colorado under the supervision of Dr. Vijay K. Gupta. We wish to recognize the support from the National Science Fundation.